Micro-robot or subverting traditional medical models

The changes that artificial intelligence brings to humans are very far-reaching. Artificial intelligence is not just a game, an application, but the whole society is truly changing. Nowadays, robots are gradually infiltrating into the medical field. Perhaps in the near future, artificial intelligence will set off a revolutionary revolution in traditional medicine.

In March 2016, the emergence of AlphaGo undoubtedly had a huge impact on artificial intelligence. In AlphaGo's search, the Deepmind team introduced a new concept—that is, the combination of deep learning and reinforcement learning to distinguish between two tasks, namely, to determine whether the board is good or bad, and to predict the future. Going.

In this regard, the first international artificial intelligence association AAAIFellow in the Chinese community, the only AAAI Chinese executive committee to date, and IEEEFellow, AAASFellow, and IAPRFellow Yang Qiang proposed that if we follow the steps of Go, we can do it in other fields. Repeat the success of AlphaGo?

For example, if you use AlphaGo to treat cancer, how to treat it? Treating cancer generally uses radioactivity to kill cancer cells. Each cancer patient may need different doses, angles, and frequencies. If all of this information can be recorded, record the treatment results, because the results are not immediately I know, but after a while I know that there is data, features, continuous feedback, and a very clear goal of killing cancer cells with minimal side effects. And this workflow is repeatable.

Indeed, as Professor Yang Qiang said, the application of robots in the medical field is worth exploring. In recent years, relevant application research has begun at home and abroad, and the development of medical robots is in full swing. Recently, the British "Daily Mail" reported that scientists at the Philips Research Institute in Hamburg, Germany, have designed a set of magnetron robots that can help humans fight off cancer. This group of robots is also known as the "anti-cancer robot."

微型机器人或颠覆传统医疗模式

Coincidentally, Korean scientists have recently developed a fast-moving micro-robot that can be remotely controlled. It is reported that the robot can directly transport the therapeutic drugs required by the organs through human blood, which makes the scenes in science fiction become a reality.

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